This kit has the minimum equipment for the entrant, attendant, stand-by rescuer, main-line operator and belayer to set up systems for vertical entry into a confined space for both rescue and patient transport. For a complete confined space solution, add or use your own communication, gas monitor, and ventilation equipment. PRODUCTS INCLUDED
Manufactured by Skedco, makers of the Sked® Stretcher, the Sked-EVAC tripod features aircraft-grade, gold-anodized aluminum legs and a cast-aluminum head. Three heavy-duty rigging anchors, located in the center, have exceptionally large holes for easy attachment. Legs adjust in 5-in (127-mm) increments for a maximum height of 10 ft (3 m) and a minimum length for transport of 7 ft (2.1 m).
Recently revised, the CMC Confined Space Entry & Rescue Manual is the textbook for confined space rescue courses taught by the CMC Rescue School. It is the official textbook for the California State Fire Marshal’s state certified confined space rescue courses, and the training manual of choice for fire departments and industrial rescue teams nationwide.
The rugged system provides fall arrest and safely raises, lowers and supports workers and materials in a confined space. Tripod and Winch System includes: easily portable aluminum tripod featuring rubber shoes with spiked edges for stability, safety chains to prevent movement, adjustable height legs, self retracting lifeline with 50' steel wire rope and emergency retrieval winch for fall arrest and shock absorption and convenient winch carry bag.
For Work Support and Rescue, this system provides a safe way to lower or support workers and materials in a confined space. Salalift System includes: lighweight aluminum tripod, Salalift winch with 3 independent braking systems, 2 speed gear for safer raising and lowering, 60' of 1/4" galvanized steel cable and durable winch carry bag. Salalift II system includes: portable aluminum tripod and winch with free wheel mode, available with 3 cable length.
The UCL Advanced Series Vehicle Hitch Mount Sleeve is designed to install into a 2” hitch receiver on an attendant vehicle to provide a portable anchor point for confined space entry/retrieval, rescue and fall arrest systems. Various sockets, extensions and accessories are available to allow use of the sleeve in a multitude of situations. Winch sold separately.
UCL Advanced Digital Series Winches are rated for a maximum working load of 450 lbs with an 11:1 safety factor. This winch offers 1 or 2 cranking speeds capable of retrieval/descent at average speeds from 13ft/min (4 m/min) up to 30 ft/min (9 m/min). Available in 3 standard sizes, 100, 200 and 300 Series winches holding up to 300 feet of 3/16" (5mm) diameter cable/rope. This winch also accommodates various diameters of cables up to 3/8" and ropes up to 5/8".
The lightweight UCL Advanced Pole Hoist is an extremely versatile piece of confined space entry/retrieval and rescue equipment. Simply carabiner the universal bracket to a suitable anchor point to work in any direction from any angle. The Advanced Pole Hoist has a unique swivel head that rotates 360 degrees, providing unparralled flexibility in both vertical and horizontal confined-space entries.
The UCL model 11233 Side Entry System is designed for confined space entry/retrieval and rescue operations involving horizontal entries with vertical positioning or retrieval required inside the space. The Side Entry System may be used with the model 11231 External Adjustable Tank Collar for adaptation to different manways, or may be used with a permanently mounted base and extension post.
The UCL Advanced Series Five Piece Hoist System is designed for manhole and confined space entry/retrieval applications. This unit is constructed of lightweight materials including high strength aluminum. The Davit pivots for ease of rescue and has a limited adjustment for overhead clearance restrictions. The lower base adjusts to fit most standard entries. Many other bases are available. Options include lower masts to match overall height requirements. Winch sold separately.
